1. THSAM M multipurpose scanning acousticmicroscope was developed.
研制成功了一台THSAM- M型台式多功能声显微镜。
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2. The transducer-focusing system is the most important part in a scanning acousticmicroscope.
声学换能与聚焦系统是扫描声学显微镜的主要部件。
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3. The research and development of a transmission scanning acousticmicroscope operating at 300-700MHz is described.
在本文中作者描述了工作在300～700兆赫的透射式扫描声学显微镜的研究试制工作。
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4. The use of Scanning Near field AcousticMicroscope (SNAM) in measuring the topography of precise surface is presented.
描述了一种用于检测超精表面形貌的扫描近场声显微镜（SNAM）。
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5. The scanning laser acousticmicroscope is a new type of nondestructive testing technique for detecting the internal defects of multilayer ceramic capacitors.
激光扫描声学显微镜是一种新型的无损检测多层陶瓷电容器内部缺陷的测量技术。
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6. Two applications of laser, in the ultrasonic detection technique, laser ultrasonic technology and scanning laser acousticmicroscope, are explored in detail.
对激光在超声检测技术中的两个应用方面，即激光超声技术和激光扫描声学显微镜做了详细的阐述。
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7. A five-storey laboratory wing boasts acoustic Chambers for bat research, an insectarium, LABS for studying ant and bee behaviour, spectroscopy and microscope rooms.
8. The design and construction of the microscope, the acoustic transducer-focusing system, the mechanical microwave and electronic systems are presented.
介绍了显微镜的设计和结构，所用声学聚焦系统、换能器及显微镜的机械微波和电路部分。
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9. This paper dealt with tensile damage of the reinforced PTFE through detecting by acoustic emission technique and fracture analysis with scanning electron microscope.
采用声发射技术监测填充聚四氟乙烯的拉伸损伤过程，结合扫描电镜进行断口分析。
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10. This paper dealt with tensile damage of the reinforced PTFE through detecting by acoustic emission technique and fracture analysis with scanning electron microscope.
